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—PVMODULE MODULES GROUNDING NOTES P-88127 OPTIMIZER ( REF. QTY. MAKEANOMDDEL PMA% PTc ISC IMP VOC VMP TEMP.COEFF.OF VOC FUSEPATING ALL EQUIPMENT SHALL BE PROPERLY GROUNDED PER THE I PMI-00 30 JINNO JXLR951bfi0 295W PiW 9.61A 9.IOA 39.N 32.dV -0.115V1°C(-019%I•C) IN" 1 REQUIREMENTS OF NEC ARTICLES 250 8 690 PlAt-30 Q Q INVERTERS PROUNDING V MODULES SHALL BE GROUNDED TO MOUNTING RAILS 29512 REFQ MAI(EANDI.ICOEL ACVOLTAGE GROUND MA%OCPO RATING RATED POWER LIAXOUTPIff CURRENT M1I4XMPUTCURRENT MAXWPUTVOLTAGE LEC LYEKJITED EFFICIENCYSING MODULE LUGS OR RACKING INTEGRATED SiRJNG iSiRING �� Il 1 SOIAR EDGE SEI600HLS RdOVI 24W UNGROUNDED d0A 7,FAOW' 32.Oq zB.oA depv s9 o% 2 CLAMPS AS ALLOWED BY LOCAL JURISDICTION. ' Q POWER OPTIMIZERS OCPDS ALL OTHER EXPOSED METAL PARTS SHALL BE GROUNDED L OTY REF. OTY. RATED CURREM MAX VOLTAGE ( REF. MODEL RATED INPUT POWER MAXOUTPUTCURRENT MAIXINPUTISC MAXDCVOLTAGE N.EIGHTEOEFFICIENC CBI L dGA 26pVAC USING UL-LISTED LAY-IN LUGS. I- I- Po1ao w sow9EDGEP32o npN7 ISA I MOA I GROUNDING SYSTEM COMPONENTS SHALL BE LISTED FOR SYSTEM SUMMARY NOTES 3 THEIR PURPOSE STRING01 I STRINGR IF THE EXISTING MAIN SERVICE PANEL DOES NOT HAVE A I 1 PTIMRERSMAXOUTPUTCURRENT ISA ISA I THEOUTPUT THEN UMBER OF MOWERS IN NTHEST ARE REGULATEDCONTINUOUS CURRENWERIT O THEY ARE NOT Q 11 EQALTO BY THE ANUMBEROFUTCULESINTHESTRING.THECONI7N0005 CURRENT OFASINGLE STRING IS VERIFIABLE GROUNDING ELECTRODE,IT IS THE JUNCTION BOX PTIMRER SIN IGSERIES 15 IS EQUAL TO TMEMA%IMUM OUTPUTCUPAEMOFTHEOPTIMIZER. 4 CONTRACTOR'S RESPONSIBILITY TO INSTALL A LL OMINAL STRING VOLTAGE dpOV dpOV F'— __ JB1 RAY OPERATINGcuRRENr IMA 11.1A SUPPLEMENTAL GROUNDING ELECTRODE. O i PAY SM POWER 8AMW THE SOUR EOGEINVERTER IS EOUIPPEDWIMA RAPID SHUTDOWN FEATURE WHICH CONFORMSTO NEC 2 YPTCPOWER 8.142W �SECf1ON690.12,'NHICH REQUIRES THATARAPIOSHU]DOWN FEATURE EXISTS TDDE-ENERGIZEPVSOURCE AC SYSTEM GROUNDING ELECTRODE CONDUCTOR(GEC) INVERTER naJcac CURRENT 37A CIRCUITS FROM ALL SOURCES TO LESS THAN 3a VOLTS WTMI IO SECONDS. 5 SHALL BE A MINIMUM SIZE#8AWG WHEN INSULATED,#6AWG N/ � AMAC POWER 7,60W w M 117,60ow ERATED(CEC)AC POWER "'DOW THE SPECIFIED OPTIMIZER CAN BE SUBSTITUTED NTH A P400,P405.P37U,OR P505.THESE OPTIMIZERS HAVE IF BARE WIRE. LI..I I AN INPUTVOLTAGE WINDOW WIDE ENOUGH TO ACCOMMODATE THE OUTPUTVOLTAGE RANGE OF THE MODULE EQUIPMENT GROUNDING CONDUCTORS SHALL BE SIZED ~ I ®AT THE DESIGN TEMPEPATURGE,HAVE A MAX INPUT CURRENT RATING THAT IS ABOVE THE MAX OUTPUT J A CURRENT OF THE MOOULF.AND A MAX POWER INPUT THAT IS MOVE THE RATED POWER OUTPUT OFTHE 6 ACCORDING TO NEC ARTICLE 690.45,AND BE A MINIMUM OF O L.L- L I I MODULE. #10AWG WHEN NOT EXPOSED TO DAMAGE,AND#6AWG 0 z c UNGROUNDED SYSTEM DC CONDUCTORS SHALL BE COLOR-CODED AS FOLLOWS.DC POSITIVE SHALL BE RED SHALL BE USED WHEN EXPOSED TO DAMAGE �. w J (ORMARKEDRED)ANDDCNEGATNE SHALL BEBIACK(OR MAUEDBIACK GROUNDING AND BONDING CONDUCTORS,IF INSULATED, 7 SHALL BE COLOR CODED GREEN,OR MARKED GREEN IF J N =A-A/ MAXDCVOLTAGE OF ARRAY IS FIXED BY THE INVERTER AT 40W REGARDLESS OF TEMPERATURE.THE MAX DC O L1 I..L _-- - d ®VOLTAGE OF THE MODULEAT VC IS EXPECTED TO BE 425V(1°C-25°C)X 4.1 INIC°39.N=42.SV). #4AWG OR LARGER N ((� 1 I CB1 ,LWMSETMEPANR ®THE SDUIR EDGE INVERTER IS NOWISOATED.NEITHER THE NEGATIVE NOR POSITIVE CONDUCTOR IS Q 0- 2N13N:1,Y GROUNDED ANDTHEREFORE NO DC GEC IS REQUIRED. w —_ 40A 2NA Lu 6J53AA INTEGRATED DC DISCONNECT IS PROVIDED WITH INVERTER.DISCONNECT IS LISTED FOR USE WITH SOUR F7 N r 2[OALWABAWtER EDGE ILL 1741 LISTED STRING INVERTERS MAIN LOADS ®PV THROUGH BREAKER IN PANE 150N THE LOAD SIDE OF SERVICE DISCONNECT.OUTPUT IS RAGWEED V 2COA THROUGH BREAKEfl IN MAIN PANEL -GEC �.CITY METER CONDUCTOR AND CONDUIT SCHEDULE WIELECTRICAL CALCULATIONS KV✓r;R CUFJE IARRYI.Y TEMP.CORR. CONDUITFLL COW. MAX.CURRENT BASE DERATED TERM. AMP.43 TERM. VOLTAGE © TYPICAL CONDUCTOR CON GCONDUCTORSIN OCPD EGC FACTOR FACTOR CURRENT (125%) AMP. AMP. TRAP.RATING TEMP.RATING LENGTH OftOP CONDUIT 1 2 fOAWG PV WIRE, EPEE AIR WA WA 6AWGBARE, 0.71156-C) 1.0 15A 18.75A 55A 39.05A 75°C SOA 98FT 0.91% fgPPEft COPPER TO UTILITY 2 I tOAWG THWW2, 0.15'010. 4 NIA 10 AWG THWWZ oil(56°C) OB /SA 18.75A 4A 22.72A 60°C BOA SOFT OAT% COPPER EMT COPPER B AWG THLYN-2 0]5'OIA 2. 3 1 CAPPER EMi 4 WA 12AWGTHWN�COPPER 0.11(56•C) 0.8 i5A 18.754 55R 3110 fi0'C 40A SOFT 029% 8 AN'G THWNZ. 10AWGTHWN-2. 4 1 COPPER SDIA 2 40A COPPER 0.96(34•C) 1.0 32A 404 SSA 52 BA 60'C IOA 1pFT 011% SINGLE-LINE DIAGRAM PROJECT ID:88127 DATE: 05108/18 CREATED BY: S.S. CHECKED BY: REVISIONS SINGLE-LINE DIAGRAM PV-3 SCALE: NTS D\/�� TIIBWCUMEMWSBEF.NCREUEOWHTIE% SEWOESCPIBMGTNENSIGNOFAPROPOSEOPHOTPIOI.TISPWIEASYSTEIAMMEN0Up1UMTOXIAW1 TEC01.IPWViOENMALLAPftIGH1E WUE5 ANOREGULATONS.THE pOLUMENT S'IOULU NOT BE RELEPUPON AS ASUMTUTEFOR r V FIXLU4'INGMUNUFMMURMGTALLATNWM4NLL45NSTALLERSH41LINSTNLALLEQUPMEMINACCOR MWRHMANUFACRNERNGT4=U MAMIAIS.NOMNOINMNOMUMFMSH UWBENTRPRETEOINAWAYMATDVE ESMEINMMTIMSNMANUPAO RNSTALATONMANUAiR